The Process Intensification course at Newcastle University is the longest running course on this specialist subject in the world. Between them, all six contributors to this textbook have more than 60 years of combined experience teaching a wide range of process intensification technologies and techniques to undergraduate and postgraduate students in chemical engineering. Professor Kamelia Boodhoo is Professor of Intensified Chemical Processing with expertise in the development of the spinning disc reactor for application in nanoparticles, polymerisation and bio-based processing. Dr Fernando Russo Abegão is a Lecturer in Chemical Engineering and his research is focused on catalysis and reaction engineering applied to production of biorenewable chemicals and photocatalysis. Professor Adam Harvey is Professor of Process Intensification with expertise in Oscillatory Baffled Reactors and Non-Thermal Plasma. Dr Jonathan Lee is a Senior Lecturer in Chemical Engineering who specialises in designing and applying rotating packed beds for liquid-liquid extractions and CO2 sequestration amongst others. Dr Vladimir Zivkovic is a Lecturer in Chemical Engineering whose research interests are in particle technology and multi-phase flow with emphasis on the study of various forms of fluidized beds and rotating drums. Dr Richard Law, a Senior Lecturer in the School of Engineering at Newcastle University, has worked in the broad field of process intensification since 2010, often with particular focus on technologies for heat transfer enhancement and compact heat exchangers.

• Fundamental Principles of Chemical Processes and Process IntensificationPractical Techniques for Process IntensificationSpinning Disc ReactorsRotating Packed BedsOscillatory Baffled ReactorsMicroreactorsIntensified Fluidised BedsCompact Heat ExchangersAlternative Energy Sources and Force FieldsHybridisation and Solids Handling Technologies

The Process Intensification course at Newcastle University is the longest running course on this specialist subject in the world. Between them, all six contributors to this textbook have more than 60 years of combined experience teaching a wide range of process intensification technologies and techniques to undergraduate and postgraduate students in chemical engineering. Professor Kamelia Boodhoo is Professor of Intensified Chemical Processing with expertise in the development of the spinning disc reactor for application in nanoparticles, polymerisation and bio-based processing. Dr Fernando Russo Abegão is a Lecturer in Chemical Engineering and his research is focused on catalysis and reaction engineering applied to production of biorenewable chemicals and photocatalysis. Professor Adam Harvey is Professor of Process Intensification with expertise in Oscillatory Baffled Reactors and Non-Thermal Plasma. Dr Jonathan Lee is a Senior Lecturer in Chemical Engineering who specialises in designing and applying rotating packed beds for liquid-liquid extractions and CO2 sequestration amongst others. Dr Vladimir Zivkovic is a Lecturer in Chemical Engineering whose research interests are in particle technology and multi-phase flow with emphasis on the study of various forms of fluidized beds and rotating drums. Dr Richard Law, a Senior Lecturer in the School of Engineering at Newcastle University, has worked in the broad field of process intensification since 2010, often with particular focus on technologies for heat transfer enhancement and compact heat exchangers.

• Fundamental Principles of Chemical Processes and Process IntensificationPractical Techniques for Process IntensificationSpinning Disc ReactorsRotating Packed BedsOscillatory Baffled ReactorsMicroreactorsIntensified Fluidised BedsCompact Heat ExchangersAlternative Energy Sources and Force FieldsHybridisation and Solids Handling Technologies

The Process Intensification course at Newcastle University is the longest running course on this specialist subject in the world. Between them, all six contributors to this textbook have more than 60 years of combined experience teaching a wide range of process intensification technologies and techniques to undergraduate and postgraduate students in chemical engineering. Professor Kamelia Boodhoo is Professor of Intensified Chemical Processing with expertise in the development of the spinning disc reactor for application in nanoparticles, polymerisation and bio-based processing. Dr Fernando Russo Abegão is a Lecturer in Chemical Engineering and his research is focused on catalysis and reaction engineering applied to production of biorenewable chemicals and photocatalysis. Professor Adam Harvey is Professor of Process Intensification with expertise in Oscillatory Baffled Reactors and Non-Thermal Plasma. Dr Jonathan Lee is a Senior Lecturer in Chemical Engineering who specialises in designing and applying rotating packed beds for liquid-liquid extractions and CO2 sequestration amongst others. Dr Vladimir Zivkovic is a Lecturer in Chemical Engineering whose research interests are in particle technology and multi-phase flow with emphasis on the study of various forms of fluidized beds and rotating drums. Dr Richard Law, a Senior Lecturer in the School of Engineering at Newcastle University, has worked in the broad field of process intensification since 2010, often with particular focus on technologies for heat transfer enhancement and compact heat exchangers.

• Fundamental Principles of Chemical Processes and Process IntensificationPractical Techniques for Process IntensificationSpinning Disc ReactorsRotating Packed BedsOscillatory Baffled ReactorsMicroreactorsIntensified Fluidised BedsCompact Heat ExchangersAlternative Energy Sources and Force FieldsHybridisation and Solids Handling Technologies